<div class="infoBox">
  <div class="infoPlaceHolder" onclick="$('#infoContent_${infoKey}').css('display','block');">?</div>
  <div class="infoContent" id="infoContent_${infoKey}">
    <div class="infoClose" onclick="$('#infoContent_${infoKey}').css('display','none');">close</div>
    <div class="infoMessage">
      <g:if test="${infoKey=='search_bar'}">
        Search for proteins by protein name, gene name, gene ontology, protein description or IPI identifier. After typing at least 3 letters a list of possible queries will pop up. You can combine as many keywords as you want.<br/>
        <br/>The color-coding has the following scheme:<br/>
        <div class="fullWidth">Protein name: <div class="uniprot cc right">14-3-3 protein epsilon</div></div>
        <div class="fullWidth">Gene name: <div class="gene cc right">YWHAE</div></div>
        <div class="fullWidth">Gene ontology (GO): <div class="go cc right">GO:0021987</div></div>
       <div class="fullWidth"> Protein description: <div class="description cc right">14-3-3 PROTEIN EPSILON.</div></div>
        <div class="fullWidth">IPI identifier: <div class="ipi cc right">IPI00000816</div></div>
      </g:if>
      <g:if test="${infoKey=='proteins_nrCelllines'}">
        Number of cell lines in which this protein is identified.
      </g:if>
      <g:if test="${infoKey=='proteins_histogram'}">
        The histogram shows the protein expression distribution over all samples in which this protein is identified. Click on a histogram to get a more detailed view of the expression.
      </g:if>
      <g:if test="${infoKey=='search_regulation'}">
        Specifies the direction of differential expression. For example we ask whether each protein expression level in each organ is significantly different from the mean expression for all organs. To read more about the statistical methodology, please see the <a href="http://www.ncbi.nlm.nih.gov/pubmed/" target="_blank" style="color: blue"><u>publication.</u></a>
      </g:if>
      <g:if test="${infoKey=='search_tissue'}">
        Select tissues which are considered in the expression analysis.
        The mean protein intensities of the selected tissues are compared to the mean intensity of the selected reference <i>(Ref)</i>, or in case of <i>Average</i> to the mean protein intensity over all selected tissues.
      </g:if>
      <g:if test="${infoKey=='search_view'}">
        List: Flat table of the expression analysis, where each protein is (at most) represented once per selected tissue.<br />
        Heatmap: Table in a heatmap syle, where proteins are listed row-wise and selected tissues column-wise.
      </g:if>
      <g:if test="${infoKey=='search_experiments'}">
        Proteins are shown if they are identified in at least one of the selected experiments.
      </g:if>
      <g:if test="${infoKey=='expressionPlot'}">
        Protein expression distribution for cell lines grouped by experiments in which this protein is identified.<br />
        The table on the right hand side shows the result of the expression analysis. Over or under expression (arrows) and the log2 ratio indicates when this protein is significantly differentially expressed.
        Mouse over one bar of the histogram to see the corresponding cell line name.
      </g:if>
      <g:if test="${infoKey=='simpleExpressionPlot'}">
        Protein expression distribution for cell lines grouped by experiments in which this protein is identified.<br />Mouse over one bar of the histogram to see the corresponding cell line name.
      </g:if>
      <g:if test="${infoKey=='protein_seq_exp'}">
        Click on one experiment to hide/show the corresponding identified peptides in the protein sequence. Mouse over one experiment to highlight the corresponding identified peptides.
      </g:if>
      <g:if test="${infoKey=='protein_reg_tissue'}">
        Select tissues which are considered in the expression comparison.
        The mean protein intensities of the selected tissues are compared to the mean intensity of the selected reference <i>(Ref)</i>, or in case of <i>Average</i> to the mean protein intensity over all selected tissues to indicate over and under expression.
      </g:if>
      
        <g:if test="${infoKey=='globalExpressionTip'}" >        
          <div style="width: 700px; margin-left: 1%; margin-right: 1%">
          You can search for global expression by: </br></br>- which proteins you are interested in </br>
          - the direction of differential expression: over, under, none or etc</br>
          - which tissue of origin</br> </br>
          tips:</br>
          - leaving the protein selection blank will apply your condition query to all reported proteins</br>
          - tissue of origin box will rank the proteins found for differential expression across all organisms in the database. </br></br>
          <i>e.g.,</i> to search for all proteins that are differentially expressed in cns, colon, leukemia and melanoma, leave the protein box blank, make sure that only these origins are marked then click search.</br>
          </br>
          If your query matches more than one protein then the results will be displayed in a heatmap. Each row of the result table corresponds to one protein's differential expression. The complete description of all displayed fields is as follows: </br>
          </br>  
          <b>Protein:</b> These are clickable entries and take you to a one page summary of information about that protein.</br>
          <b>Gene name:</b> Gene name of the corresponding protein.</br>
          <b>Organs:</b> The text above the heatmap shows the tissue of origin in which the protein is significantly differentially expressed.</br>
          <b>Heatmap cells:</b> Each heatmap cell displays the number of studies where a protein is observed significantly over or under expressed. </br>
          </br>
          Clicking on the cell will show more information about the expression of that protein. The heatmap cell color can be blue- for over, or gray- for under expression. </br>
          Cells that are half blue and half gray indicate that there are experiments that show both over and under expression of the protein. </br>
          </div>
        </g:if>
      
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